the indigestible material of its prey is excreted out of its mouth
Urea , Uric acid and Creatinine are the major metabolic waste products thats correct
Nephridia remove metabolic wastes, such as nitrogenous compounds (e.g., ammonia), from the body by filtering them from the coelomic fluid and releasing them outside the body.
The organism will be poisoned. --------------------------------------- True, for instance someone with renal (kidney) failure will die without dialysis or a kidney transplant - (the kidneys remove metabolic waste from the blood).
The excretory system disposes of metabolic wastes from the body, primarily through the kidneys, which filter the blood to remove waste products and excess substances that are then excreted as urine. Other organs involved in waste disposal include the lungs, skin, and liver.
Firstly there is more than one metabolic reaction, the term simply means pathways of reaction that build up and/or breakdown complex molecules. So all cells have many metabolic pathways each with many reactions and many waste products. For this reason the question is unanswerable.
Urine and sweat are examples of metabolic wastes. Feaces are NOT metabolic wastes.
The answer is: an earthworm trust me. i answered a question JUST like that in my homework and got it right
Organisms remove metabolic cellular wastes by the process of excretion.
Organisms remove metabolic cellular wastes by the process of excretion.
nitrogenous wastes
Urea , Uric acid and Creatinine are the major metabolic waste products thats correct
excretion
Excretion!:)
the body wastes represent the water to be filtered are the metabolic wastes and other substances from the blood
The excretory system removes metabolic wastes from the body. This process involves the kidneys filtering waste products from the blood to form urine, which is then excreted from the body through the urinary system. Other organs, such as the liver and lungs, also play a role in removing metabolic wastes.
earthworm!
Nephridia remove metabolic wastes, such as nitrogenous compounds (e.g., ammonia), from the body by filtering them from the coelomic fluid and releasing them outside the body.